Used LEITZ Ergolux AMC #9083556 for sale

LEITZ Ergolux AMC is an innovative and automated mask and wafer inspection equipment used in the semiconductor industry. It is specially designed for in-line wafer inspection, and provides precise and accurate inspection of mask and wafer together, making it an ideal tool for high-end processes that require 1:1 defect inspection. LEITZ ERGOLUX-AMC system features sophisticated inspection algorithms, giving it enhanced precision and speed compared to traditional methods. Its independent wafer and mask motion scanning technology ensures that the unit is faster and more precise than conventional inspection methods. This enables it to detect a wide range of defects, including alignment and registration errors, foreign particles, scratches, wafer distortions, and structural defects. It is capable of performing measurements on both front and back side of both wafer and mask. The machine utilizes the latest in laser scanning technology and advanced imaging systems, with a resolution of up to 0.25 µm. Ergolux AMC also features a complete software package designed for mask and wafer defect inspection, which includes a wide range of tools to detect and analyze defects, as well as a powerful database tool for storing and retrieving data. The asset is highly robust, with a long-life illumination source and a durable structure. It is also easy to install and maintain, allowing it to be used in a wide range of applications. Furthermore, its strong vibration resistance ensures accuracy and reliability during long working hours. In addition, ERGOLUX-AMC is extremely efficient, consuming low energy and requiring minimal personnel for operation. It also requires minimal maintenance and has virtually no downtime. As a result, the model provides an ideal and cost-efficient solution for mask and wafer inspection processes. Overall, LEITZ Ergolux AMC is an extremely reliable and powerful mask and wafer inspection equipment. It is equipped with cutting-edge technology and features a wide range of tools that enable it to perform precise and accurate inspections. It is also highly robust, efficient, and cost-effective, making it ideal for a wide range of semiconductor application requirements.